public FipeVehicleBrand(long id, string description, FipeVehicleTypesEnum fipeVehicleTypesEnum)
{
this.Id = id;
this.Description = description;
this.VehicleTypeId = fipeVehicleTypesEnum;
this.Active = true;
}
/// <summary>
/// Get normalized Fipe table data by vehicle type and reference id.
/// Notes:
/// - If the reference id is parameterized with the value 0, tthe most current reference will be used, that is, the most current data from the fipe table.
/// - The slowing in the download is caused that of the proxy of the [FIPE WebAPI], which performs momentary locks.
/// - To avoid making requests while the proxy is still locked, the service will pause the task for a few minutes and after will perform normal.
/// - The truck download is the fastest among them.
/// - Downloading the three types of vehicles together [Car, Motorcycle, Truck/MicroBus] takes between 2 or 4 hours.
/// </summary>
/// <param name="vehicleType"></param>
/// <param name="referenceId"></param>
/// <returns></returns>
public NormalizedDownloadResult GetDataFromFipeTableByVehicleType(FipeVehicleTypesEnum vehicleType, int referenceId = 0)
{
this._logger.LogDebug($"Starting method GetDataFromFipeTableByVehicleType. Method={nameof(this.GetDataFromFipeTableByVehicleType)}; VehicleType={vehicleType}; ReferenceId={referenceId};");
var selectedReference = this._downloadService.GetFipeTableReference(referenceId);
var fipeTable = new FipeDataTable(selectedReference.Id, vehicleType);
this._downloadService.GetBrands(fipeTable);
this._downloadService.GetModels(fipeTable);
this._downloadService.GetYearsAndFuels(fipeTable);
var tupleEntities = fipeTable.ModelToEntity();
this._logger.LogDebug($"Brands and models of normalized vehicles. Method={nameof(this.GetDataFromFipeTableByVehicleType)}; VehicleType={vehicleType}; ReferenceId={referenceId};");
var vehicles = this._downloadService.GetVehicles(fipeTable);
var tuple = vehicles.ModelToEntity();
this._logger.LogDebug($"Normalized vehicles. Method={nameof(this.GetDataFromFipeTableByVehicleType)}; VehicleType={vehicleType}; ReferenceId={referenceId};");
return(new NormalizedDownloadResult(
selectedReference,
vehicleType,
tupleEntities.Brands,
tupleEntities.Models,
tuple.Vehicles,
tuple.Prices));
}
public void GetDataFromFipeTableByVehicleTypeTest(FipeVehicleTypesEnum vehicleType, int referenceId)
{
var result = this._normalizedDownloadService.GetDataFromFipeTableByVehicleType(vehicleType, referenceId);
var condition = false;
var message = "The download of normalized FIPE data was not successful. VehicleType=";
switch (vehicleType)
{
case FipeVehicleTypesEnum.Car:
condition =
result.Models.Any(x => x.Description.Contains("uno", StringComparison.OrdinalIgnoreCase)) &&
result.Vehicles.Count(x => x.VehicleFuelTypeId == VehicleFuelTypesEnum.Ethanol) > 2 &&
result.Vehicles.Count(x => x.VehicleFuelTypeId == VehicleFuelTypesEnum.Diesel) > 2 &&
result.Vehicles.Count(x => x.VehicleFuelTypeId == VehicleFuelTypesEnum.Gas) > 2 &&
result.Vehicles.Count(x => x.VehicleFuelTypeId == VehicleFuelTypesEnum.Flex) > 2;
Assert.True(condition, $"{message}{vehicleType};");
goto default;
case FipeVehicleTypesEnum.Motorcycle:
condition =
result.Models.Any(x => x.Description.Contains("ninja", StringComparison.OrdinalIgnoreCase));
Assert.True(condition, $"{message}{vehicleType};");
goto default;
case FipeVehicleTypesEnum.TruckAndMicroBus:
condition =
result.Models.Any(x => x.Description.Contains("constellation", StringComparison.OrdinalIgnoreCase));
Assert.True(condition, $"{message}{vehicleType};");
goto default;
default:
Assert.True(
result.VehicleType == vehicleType &&
result.FipeReference.Id == referenceId &&
result.Brands.Count > 0 &&
result.Brands.Any(x => x.VehicleTypeId == vehicleType) &&
result.Models.Count > 0 &&
result.Vehicles.Count > 0 &&
result.Vehicles.Any(x => x.IsValid) &&
result.Prices.Any(x => x.Value > 0)
, $"The download of normalized FIPE data was not successful. VehicleType={vehicleType};");
break;
}
int amountValid = result.Vehicles.Count(x => x.IsValid == true);
int eightyPercent = Convert.ToInt32(result.Vehicles.Count * 0.80);
bool greaterThanEightyPercent = amountValid > eightyPercent;
Assert.True(greaterThanEightyPercent, "There are more than 80 percent of invalid vehicles!");
}
public NormalizedDownloadResult(
FipeReference fipeReference,
FipeVehicleTypesEnum vehicleType,
List <FipeVehicleBrand> brands,
List <FipeVehicleModel> models,
List <FipeVehicleInformation> vehicles,
List <FipeVehiclePrice> prices)
{
this.FipeReference = fipeReference;
this.VehicleType = vehicleType;
this.Brands = brands.AsReadOnly();
this.Models = models.AsReadOnly();
this.Vehicles = vehicles.AsReadOnly();
this.Prices = prices.AsReadOnly();
}
private NormalizedDownloadResult GetDataFipeTable(FipeVehicleTypesEnum vehicleType, int referenceId)
{
var downloadResult = this._normalizedDownloadService
.GetDataFromFipeTableByVehicleType(vehicleType, referenceId);
if (downloadResult.VehicleType == vehicleType &&
downloadResult.FipeReference.Id == referenceId &&
downloadResult.Brands.Count > 0 &&
downloadResult.Models.Count > 0 &&
downloadResult.Vehicles.Count > 0)
{
return(downloadResult);
}
else
{
throw new ArgumentNullException($"{nameof(downloadResult)}={downloadResult}");
}
}
public FipeVehicleType(FipeVehicleTypesEnum fipeVehicleTypesEnum)
{
this.Id = fipeVehicleTypesEnum;
this.Description = fipeVehicleTypesEnum.ToString();
this.Active = true;
}
public FipeDataTable(int referenceId, FipeVehicleTypesEnum vehicleType)
{
this.ReferenceId = referenceId;
this.VehicleType = vehicleType;
this.Brands = new List <Brand>();
}
